Free Shipping 1550 Nm, 20 Ghz Dual Output Intensity Modulator W/pm Output ***preliminary*** Ready To Use [DUu6ZqHz]

1550 nm, 20 GHz Dual Output Intensity Modulator

The Optilab IM-1550-20-PM-1x2 is a state-of-the-art intensity modulator designed for high-performance applications. This Mach-Zehnder interferometer (MZI) based modulator offers dual output capabilities with exceptional precision. Engineered for optical C band wavelengths, it features a TI in-diffusion process to fabricate optical waveguides and directional couplers on an X-cut single crystal lithium niobate material. The integrated directional coupler provides voltage-controlled coupling, allowing for precise splitting ratios and extremely low common mode. This modulator is an ideal choice for demanding applications requiring high-speed and precise control.

Key Features and Specifications

The Optilab IM-1550-20-PM-1x2 stands out with its impressive set of features and specifications. Differential optical output ensures enhanced signal integrity and reduced crosstalk. The use of PM fibers for input and output ports guarantees low-mode birefringence and high signal quality. The zero chirp design ensures stable operation over the entire 20 GHz bandwidth, making it suitable for a wide range of applications. With high input optical power handling capabilities, this modulator is robust and reliable. Additionally, the integrated directional coupler offers precise control over the splitting ratio, enabling differential output with very low common mode.

Applications and Benefits

The Optilab IM-1550-20-PM-1x2 is a versatile modulator suitable for a variety of applications. Its dual output capability and 20 GHz operation bandwidth make it ideal for RF over fiber transmission and optical pulse generation. The modulator's high input optical power handling and zero chirp design make it well-suited for use in MOPA systems, active mode-locked lasers, and satellite links. With its advanced features and wide range of applications, the IM-1550-20-PM-1x2 is a valuable asset for any optical system requiring high-speed, high-precision intensity modulation.